This function can be estimated for large values using Stirling's approximation. One can compute this function for any element in its domain by adding one and applying the gamma function. Used three times in the formula for calculating binomial [*] coefficients, this function is found in the denominator of each term in a general Taylor series. For 10 points, name this function that, for any positive integer n, is equal to the product of the integers from one to n, symbolized by an exclamation poi
This function can be estimated for large values using Stirling's approximation. One can compute this function for any element in its domain by adding one and applying the gamma function. Used three times in the formula for calculating binomial [*] coefficients, this function is found in the denominator of each term in a general Taylor series. For 10 points, name this function that, for any positive integer n, is equal to the product of the integers from one to n, symbolized by an exclamation point.
This function can be estimated for large values using Stirling's approximation.
{factorial} [prompt “{gamma function}” before mention; prompt “{exclamation} point”]